Q275/S275JR Carbon Steel Plate
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Carbon steel plate, also known as plain carbon steel or carbon steel, is an iron-carbon alloy whose main component is iron and contains a certain amount of carbon. It usually also contains small amounts of silicon, manganese, sulfur, phosphorus and other elements. The carbon content in carbon steel plates is usually below 2.11% (some say below 2%). This content range gives carbon steel plates specific mechanical properties and processing properties.
Carbon steel plates can be classified according to different standards. Here are some common classification methods:
Low carbon steel: Carbon content is less than or equal to 0.25%. Mild steel is easy to process, such as forging, welding and cutting, and is often used to make components such as chains, rivets, bolts, and shafts.
Medium carbon steel: The carbon content is between 0.25% and 0.6%. Medium carbon steel has moderate strength and hardness and is suitable for manufacturing various mechanical parts and components.
High carbon steel: carbon content greater than 0.6%. High carbon steel has high hardness and strength, but poor plasticity. It is often used to manufacture tools, knives and other parts that require high hardness.
Ordinary carbon steel: contains higher phosphorus and sulfur.
High-quality carbon steel: low in phosphorus and sulfur.
Advanced high-quality carbon steel: contains lower phosphorus and sulfur.
Carbon structural steel: Mainly used to manufacture building structures, bridges, mechanical parts, etc.
Carbon tool steel: Mainly used to manufacture cutting tools, molds, measuring tools and other parts that require high hardness and wear resistance.
Special performance steel: including stainless steel, heat-resistant steel, wear-resistant steel, etc., with specific physical and chemical properties, suitable for special environments or uses.
High strength: Carbon steel plates have high tensile strength and yield strength and can withstand large loads.
Good plasticity: Carbon steel plates can plastically deform without breaking when subjected to external forces.
Easy to process: Carbon steel plates can be processed through cutting, bending, welding and other processes to make parts of various shapes and sizes.
Cost-effectiveness: Because the production process of carbon steel plates is relatively mature and raw materials are easy to obtain, its cost is relatively low.
Corrosion resistance: Although carbon steel plates themselves do not have strong corrosion resistance, their corrosion resistance can be improved through surface treatment (such as galvanizing, spraying, etc.).
We have our own Physical & Chemical Testing Center Lab to guarantee our product quality. Our test items & instrument fully meet international standards.
Building structure: Carbon steel plates can be used to manufacture bridges, building support structures, etc. Its high strength and good plasticity make it an ideal building material.
Machinery manufacturing: In the field of machinery manufacturing, carbon steel plates can be used to manufacture various mechanical equipment and parts, such as gears, shafts, bearing seats, etc.
Automobile manufacturing: Carbon steel plates are widely used in automobile manufacturing, such as the manufacture of body, frame, chassis and other components.
Shipbuilding: Because carbon steel plates have high strength and good welding properties, they are often used to manufacture the hull structure of ships.
Pipe and container manufacturing: Carbon steel plates can be used to manufacture various pipes and containers, such as oil pipelines, gas storage tanks, etc.
As a leading company, we are known for our excellent product quality and professional services, providing our customers with a reliable partner. We have a global sales network that can meet the needs of customers in different countries and regions.
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